Sonoma County Sheriff's Office & California DOJ Team with Othram to Identify a 1998 Jane Doe

After 27 years, the remains of an unidentified woman discovered in Sonoma County, CA have been identified as Deborah Cordier.
Solved

Your support helps solve cold cases.

$

  • You will be charged once a month, cancel anytime
  • You can see what cases were funded with your contribution
  • Contributions will be evenly divided between all unfunded cases
Your contributions pay for lab supplies and research tools
Published April 01, 2025 by Dan Miller
SHARE
Media Inquiries

Summary

In January 1998, the remains of an unknown individual were found floating in the Pacific Ocean several miles out from Point Reyes Peninsula in California. Investigators determined that it was a woman, but she had been in the water for an unknown amount of time and her body was badly decomposed. The Sonoma County Sheriff's Office continued to investigate but despite their best efforts, the woman could not be identified and she became known as Sonoma County Jane Doe.

In 2023, the Sonoma County Sheriff’s Office and California Department of Justice partnered with Othram to employ advanced forensic DNA analysis to try to identify the woman. Forensic evidence was sent to Othram and Forensic-Grade Genome Sequencing® was used to build a comprehensive DNA profile suitable for forensic genetic genealogy. Othram’s in-house forensic genetic genealogy team then used the profile in a genetic genealogy investigation to develop new leads in the case. During the course of an investigation, detectives were able to confirm the identity of the unknown woman as Deborah Mitchell Cordier, who was born on July 25, 1952.

Othram's casework was funded as part of the Roads to Justice (RTJ) funding program, which supports forensic genetic genealogy investigations for unidentified persons and crime victims. However, many cases remain unresolved due to a lack of available funding. Those interested in supporting the application of forensic genetic genealogy in unidentified person cases can contribute directly to DNASolves, where contributions enable critical testing that can help bring long-awaited answers to families.

Individuals who have taken a consumer DNA test can aid ongoing forensic investigations by joining the DNASolves database. Expanding the pool of available DNA data increases the likelihood of successful identifications, helping to reunite families with their missing loved ones and resolve cases that have remained unanswered for years.

The identification of Deborah Cordier is the 58th case in the State of California where officials have publicly identified an individual using technology developed by Othram. Visit DNASolves to learn about other California case, where your support can help bring long-awaited answers to families.

Help fund another case Your contributions pay for lab supplies and research tools

Dan Miller

Dan Miller

Director of Customer Service

2829 Technology Forest Blvd Suite 100, The Woodlands, Texas 77381
media@othram.com

Dan guides law enforcement agencies across the United States and internationally through every step of the forensic process—from crime scene to courtroom. He ensures investigators have the support and resources they need to navigate advanced DNA testing and maximize the impact of forensic evidence in their cases.

Similar cases

Read More
Read More
Read More
About Othram Inc.

Othram is the world’s first private DNA laboratory built specifically to apply the power of modern parallel sequencing to forensic evidence. Othram’s scientists are experts at ... Read morerecovery, enrichment, and analysis of human DNA from trace quantities of degraded or contaminated materials. Founded in 2018, and located in The Woodlands, Texas, our team works with academic researchers, forensic scientists, medical examiners, and law enforcement agencies to achieve results when other approaches have failed. Follow Othram on Twitter @OthramTech or visit Othram.com to learn how we can help you with your case. With dnasolves.com anyone can make a difference and help solve the next cold case.